COTTONSEED DELINTING BY FLASH SURFACE BURNING TECHNIQUE
Hussien Ahmed Ahmed Elsoury;
Abstract
The presence of short lint (fuzz) on cottonseed surface causes many problems in seed preparation, handling, storing, processing and planting. This fuzz causes particular losses in several fields when
cottonseed is used.
The main objectives of the present work was to design, and construct a flash surface burning (FSB) system using thermal effect.
In order to reach this objective, the factors affecting the thermal delinting were studied; such as the effect of flue gas temperature, cottonseed flow rate, reactor height and cooling method on the quality of the delinted seed under laboratory conditions for Egyptian cottonseed variety (Giza 70).
The model solution of the best alternative reactor design parameters and seed flow rate which achieve the recommended
0
limiting factors, revealed that 773 K flue gas temperature, 3 m reactor
cottonseed is used.
The main objectives of the present work was to design, and construct a flash surface burning (FSB) system using thermal effect.
In order to reach this objective, the factors affecting the thermal delinting were studied; such as the effect of flue gas temperature, cottonseed flow rate, reactor height and cooling method on the quality of the delinted seed under laboratory conditions for Egyptian cottonseed variety (Giza 70).
The model solution of the best alternative reactor design parameters and seed flow rate which achieve the recommended
0
limiting factors, revealed that 773 K flue gas temperature, 3 m reactor
Other data
| Title | COTTONSEED DELINTING BY FLASH SURFACE BURNING TECHNIQUE | Other Titles | ازالة زغب بذرة القطن باستخدام تقنية الاحراق السطحى اللحظى | Authors | Hussien Ahmed Ahmed Elsoury | Issue Date | 2001 |
Attached Files
| File | Size | Format | |
|---|---|---|---|
| B11899.pdf | 991.39 kB | Adobe PDF | View/Open |
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